fid1 = fopen('..\..\output\initial_genetic.csv');

A  = fscanf(fid1, '%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d', [27, inf])';

rbsiz = A(:,1);
rblen = A(:,2);
rbmus = A(:,3);
rbeye = A(:,4);
rbhea = A(:,5);
rbsme = A(:,6);
rbsma = A(:,7);
rbmem = A(:,8);
rbmet = A(:,9);

wsiz = A(:,10);
wlen = A(:,11);
wmus = A(:,12);
weye = A(:,13);
whea = A(:,14);
wsme = A(:,15);
wsma = A(:,16);
wmem = A(:,17);
wmet = A(:,18);

rosiz = A(:,1);
rolen = A(:,2);
romus = A(:,3);
roeye = A(:,4);
rohea = A(:,5);
rosme = A(:,6);
rosma = A(:,7);
romem = A(:,8);
romet = A(:,9);

fclose(fid1);
figure(4)

subplot(3,3,1)
hold on;
plot(rbsiz, 'bo-'); 
plot(rosiz, 'rx-'); 
plot(wsiz, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Size');

subplot(3,3,2)
hold on;
plot(rblen, 'bo-'); 
plot(rolen, 'rx-'); 
plot(wlen, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Length');

subplot(3,3,3)
hold on;
plot(rbmus, 'bo-'); 
plot(romus, 'rx-'); 
plot(wmus, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Muscle');

subplot(3,3,4)
hold on;
plot(rbeye, 'bo-'); 
plot(roeye, 'rx-'); 
plot(weye, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Eye');

subplot(3,3,5)
hold on;
plot(rbhea, 'bo-'); 
plot(rohea, 'rx-'); 
plot(whea, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Hearing');

subplot(3,3,6)
hold on;
plot(rbsme, 'bo-'); 
plot(rosme, 'rx-'); 
plot(wsme, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Smell');

subplot(3,3,7)
hold on;
plot(rbsma, 'bo-'); 
plot(rosma, 'rx-'); 
plot(wsma, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Smartness');


subplot(3,3,8)
hold on;
plot(rbmem, 'bo-'); 
plot(romem, 'rx-'); 
plot(wmem, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Memory');

subplot(3,3,9)
hold on;
plot(rbmet, 'bo-'); 
plot(romet, 'rx-'); 
plot(wmet, 'g+-'); 
legend('Rabbits', 'Roes', 'Wolves')
title('Metabolism');